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<div><p>Urban dynamic ride-pooling faces significant challenges in achieving efficient real-time order matching and path planning, primarily due to the complex spatio-temporal coupling of passenger demand and traffic conditions. Traditional algorithms often struggle to dynamically integr...

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Main Author:	Xue Xing (20756069) (author)
Other Authors:	Yuqi Peng (7865273) (author), Le Wan (4905928) (author), Fahui Luo (21722006) (author)
Published:	2025
Subjects:	Medicine Space Science Biological Sciences not elsewhere classified Mathematical Sciences not elsewhere classified Information Systems not elsewhere classified shared mobility systems optimize travel distance improved dijkstra algorithm generate optimal paths didi chuxing ), pooling orders based learn node embeddings urban dynamic ride matching success rate passenger time windows div >< p 34 kg co time order matching achieving efficient real passenger ride pooling pairs per order embeddings inform efficient solution suitable ride passenger detour world dataset world constraints transformer mechanisms traffic conditions temporal graph temporal coupling temporal collaboration study proposes strictly adhering scale real results demonstrate primarily due path planning novel dual method achieves intelligent upgrade head attention dynamically integrate complex scenarios carbon emissions built upon approach begins
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